What is the translation of " QUANTUM NETWORK " in Chinese?

• 量子网络

Examples of using Quantum network in English and their translations into Chinese

Quantum Network.
量子网络.

Team finds the‘key' to quantum network solution.
团队找到量子网络解决方案的“关键”.

Quantum Network Security.
量子网络安全.

Researchers find the‘key' to quantum network solution.
团队找到量子网络解决方案的“关键”.

Quantum networks and quantum computing share many concepts and techniques.
量子网络和量子计算共享许多概念和技术。

In future, the researchers plan to scale the technology up to create a quantum network with multiple nodes.
未来，研究人员计划将技术扩展到创建具有多个节点的量子网络。

Information sent through the quantum network is almost impossible to be tapped, intercepted or cracked.
报道称，通过量子网络发送的信息几乎不可能受到监听、截获或破解。

A team at Delft has already started to build the first genuine quantum network, which will link four.
代尔夫特的一个团队已经开始建造第一个真正意义上的量子网络，它将连接荷兰的四个城市。

To date, communicating via quantum networks has only been possible between two devices of known provenance that have been built securely.
到目前为止，通过量子网络进行通信只能在两个已安全构建的安全设备之间进行。

The only way to ensure communications remain secure in the coming technological era is by using a quantum network.
报道称，在未来的科技时代，确保通信安全的唯一方法就是使用量子网络。

Another approach to achieving global-scale quantum networks is making use of lasers and satellite-based technologies.
建立全球性量子网络的另一个方法是利用激光和卫星技术。

Shifting the colour of a photon, or changing its frequency, is necessary to optimally link components in a quantum network.
改变一个光子的颜色或频率，是优化量子网络中连结部件的必要条件。

Researchers say this is a significant step in realizing a quantum network of devices and computers that can exchange…".
研究人员说，这是实现一个可以交换信息的量子网络的设备和计算机的一个重要的一步。

Changing the color or frequency of a photon is a necessary condition for optimizing the connected components in a quantum network.
改变一个光子的颜色或频率，是优化量子网络中连结部件的必要条件。

To date, communicating via quantum networks has only been possible between two devices of known provenance that have been built securely.
到目前为止，通过量子网络进行通信只能在已经安全建造的两个已知出处的设备之间进行。

With 100 km node spacing now a possibility, it's conceivable that the world's first intercity light-matter quantum network could be built in the next few years.
有了100公里的节点间距，人们设想在未来几年建立世界上第一个城际光-物质量子网络。

This slowly spreading, ever-more-practical quantum network will first be built for China and Europe, they wrote,"and then on a global scale.".
他们写道，这一逐渐扩展、日益实用的量子网络首先将为中国和欧洲制造，“然后再扩展到全球范围”。

If we can achieve polarization entangled photon Raman storage, undoubtedly it has a considerable significance for the future to build the high-speed fiber-based quantum network.
如果能够实现光子偏振纠缠的拉曼存储，无疑对未来构建基于光纤的高速量子网络具有非常大的意义。

In China, they're focussing on building a multi-satellite quantum network, and creating a quantum simulator to tackle scientific problems.
中国正着眼于构建多卫星量子网络，及一台量子模拟器，用以破解科学难题。

A quantum network able to handle worldwide communications would need periodic way stations that could catch photons and retransmit their information without loss.
能够处理全球通信的量子网络需要周期性的站点，可以捕捉光子并在信息不丢失的情况下再次传送。

Nevertheless, our protocol could be used to build high-rate quantum networks where devices securely connect to nearby access points or proxy servers.”.
不过，我们的协议可以用来建立高速量子网络，让设备安全地连接到附近的接入点或代理服务器。

Long-distance quantum networks will consist of remote network nodes of physical cubes, which, despite their large physical separation, are still entangled.
城际量子网络将由物理量子位的遥远网络节点组成，尽管物理距离很大，但它们却纠缠在一起。

Micius was integrated into the network last year, creating the world's first integrated quantum network capable of sending messages via landlines and from space.
Micius去年被整合到网络中，创建了世界上第一个能够通过固定电话和太空发送信息的集成量子网络。

To date, communicating through quantum networks has only been possible between two devices of acknowledged provenance that have been securely built.
到目前为止，通过量子网络进行通信只能在已经安全建造的两个已知出处的设备之间进行。

These considerations motivate the development of a quantum modular architecture, where separate quantum systems are combined via communication channels into a quantum network.
这种思想启发了量子模块化架构的开发，其中分离的量子系统通过通信通道连接到量子网络中。

Intercity quantum networks would be composed of distant network nodes of physical qubits, which are, despite the large physical separation, nevertheless entangled.
城际量子网络将由物理量子位的遥远网络节点组成，尽管物理距离很大，但它们却纠缠在一起。

These repeater stations, also known as"quantum network nodes", will need to perform several actions in order to route, or direct, messages around the network..
这些中继站，也称"量子网络节点"，将需要执行几个动作，以便在整个网络中选出路由，引导信息送达目标地。

Quanta Network Token Utility(QNTU) is issued by the Quanta Foundation as an ERC-20 ethereum based token.
QuantaNetworkTokenUtility（QNTU）由QuantaFoundation发布，作为基于ERC-20以太坊的令牌。